Welcome to the Premier Source for KTR ALFA K-MS in United Kingdom . Your Gateway to Efficient Industrial Solutions! At Enapart, we specialize in providing the highest quality Couplings, Torque limiters, Clamping sets, Cardan shafts, Caliper brakes, Temperature control and level monitoring , to meet the diverse needs of our clients. Our flagship product, the KTR ALFA K-MS , stands out in the market for its unparalleled performance and reliability.
Why Choose KTR ALFA K-MS ?Superior Quality: Engineered for excellence, this product ensures optimal functioning of your machinery.Cost-Effective: With competitive pricing, we offer value for money without compromising on quality.Fast Delivery: Understanding the urgency of industrial needs, we provide swift delivery services across United Kingdom .
Tailored Solutions for Diverse Industrial Needs : No matter your industry, our experienced team is equipped to provide customized solutions. Whether you’re in manufacturing, automotive, or any other sector, the KTR ALFA K-MS is designed to enhance operational efficiency and reduce downtime.
Not Just a Product – A Partnership : Choosing us means more than just purchasing a product. It’s about forming a partnership with a team that’s committed to understanding and addressing your specific needs. We are not just resellers; we are industry experts who believe in adding value to your operations.
Get a Quote Today! Ready to transform your industrial operations with the KTR ALFA K-MS ? Contact us now for a personalized quote. Fill out the form below or send us an email with your inquiry. Let us help you make a cost-effective, quality-driven choice for your business.
The fluid couplings by KTR Systems are hydrodynamic couplings for hydrodynamic power transmission according to the Foettinger principle. Operation of fluid coupling: Originally the operating principle of the fluid coupling is based on the hydrodynamic torque converter patented by Hermann Foettinger (1877 - 1945) (Foettinger principle): The inertia forces are transmitted via a flowing fluid (e. g. oil) with the driving and driven side being mechanically separated from each other. With this operating principle the mechanically driven pump wheel accelerates the fluid in the working area via radially arranged inner blades. The rotation energy of the circulating fluid absorbed by the blades of the turbine wheel accelerates the wheel while the resulting mechanical power is dissipated on the driven side.
